Prototype Mk-X

Why Mk-X?

Because our MVP needs to be miniaturized, the main goals of this iteration on the road to our MK-X module are charge-capturing stability and efficiency regulation when the matrix-style PSCB correlates and integrates with conventional energy storage units.

Yellow lightning bolt icon on a white background

Who ?

Cares
Acts

Progress Tracker

Stage I: Foundations
(Months 1-2)
Getting the nanowires sorted

*Currently in Progress*

A technical line drawing of a mechanical component or industrial part in blue, illustrated on a light background.

  1. ✅Nanowire Process Map

  2. ⚒️ ≥100 µW/cm² Yield Test

  3. ⚠️Output Consistency (~20%)

STAGE II: The Core
(Months 2-3.5)
Turning it into a product

Scheduled for Q1 2026

Release in March 2026

-

Release in March 2026 -

Icon of multiple electrical plugs connected in a circular pattern.

  1. Final substrate + electrodes

  2. Power RoI Map (Input/Output)

  3. Casing Design & Test

STAGE III: Make It Usable
(Months 3.5-5)
Adding electronics

Scheduled for Q2 2026

Release in April 2026

-

Release in April 2026 -

Blueprint drawing of a circular spaceship or space station with multiple modules and protrusions on a grid background.

  1. PCB power rectifier/connector

  2. Reference circuits + Specs

  3. Dimensions: plug-and-play

STAGE IV: Scale It
(Months 5-6)
Real deployments

Scheduled for Q2/3 2026

Release in June 2026

-

Dream it

Release in June 2026 - Dream it

A digital illustration of a sci-fi vault door with multiple locking mechanisms and a circular design.

  1. System integration model

  2. Standard port testing

  3. Sample kits shipping

The ongoing developments will be updated in the roadmap Bi-Weekly; however, the official roadmap and timing will adapt to our needs and reality.

January 30th, 2026

A-Team Assembled:
Project Focus Groups

Crystal Stack Matrix

In-house development through expert support with Dr. Joel Omale

PMS/MEMS - PCB

Supported by the Silicon Austria Labs GmbH with Dr. Humberto Campanella

HESS Layer - Storage

Supported by the established MTC with Dr. Subhasisa Nath

Casing & Mechanics

Supported by Redsoul Design Ltd.
with Engineer Richard Clough

February 2nd, 2026

Timeline Update:

  • Sprint Doubled

  • Target delivery for the Pilot MVPs remains 2026

  • New CapEx to be resolved momentarily in Q1, 26

  • Roadmap adjustment pending until next week

February 9th, 2026

Roadmap Update (Sprint Doubled)

To match reality and protect scalability, the sprint window is now 2× (more time per stage, fewer forced compromises). Pilot delivery remains 2026, with scaling stretching as needed.

  • STAGE I: Foundations (Months 1–4) → Feb–May 2026

  • STAGE II: The Core (Months 4–7) → May–Aug 2026

  • STAGE III: Make It Usable (Months 7–10) → Aug–Nov 2026

  • STAGE IV: Scale It (Months 10–12) → Pilot deployments in Q4 2026

February 23rd, 2026

Stage I advancing:

The nanowire process map is locked, the ≥100 µW/cm² yield test is on the horizon, and output consistency variance remains the key lever being addressed. In parallel, we’re preparing a review paper to formalize the knowledgebase, while casing and mechanical work continues to accelerate; the exact timing of the next transition (including growth testing) will be reflected in the forthcoming roadmap revision. ‍

March 2nd, 2026

Next Update:
Roadmap & Parts

*IN PROGRESS*‍ ‍

Quality and Trust within and without.

D-U-N-S® Number: 231773489

-

D-U-N-S® Number: 231773489 -